C3535L.C3535M series High Power LED

Transcription

1 C3535L.C3535M series High Power LED PRODUCT DATASHEET Introduction The C3535L, C3535M LED from TSLC brings industry leading technology to the solid state lighting market with its high quality and performance. With a silicone lens, C3535L, C3535M LEDs from TSLC feature very high brightness and efficacy, as well as excellent lifetime. Table of Contents Characteristics.. 1 Mechanical Dimensions. 8 Recommended Solder Pad Design. 11 Relative Spectral Power Distribution Typical Spatial Radiation Pattern 13 Typical Forward L-I Characteristics 15 Typical Forward I-V Characteristics.. 16 Typical L-Tj Characteristics Recommended Soldering Profile Thermal Design 22 Packing Information. 23 RoHS Compliant

2 Characteristics Absolute Maximum Ratings (Tj = 25 C) Parameter DC Forward Current (ma) DC Forward Current (ma) LED Junction Temperature LED Junction Temperature Rating White / Royal Blue / Blue / Green / Cyan / Amber / Red 1000 ma (White / Royal Blue / Blue / Green / Cyan) 700 ma (Amber/ Red / Super Red) 150 (White / Royal Blue / Blue / Green / Cyan) 125 (Red / Amber / Super Red) LED Operating Temperature -40 ~85 Storage Temperature -40 ~125 Soldering Temperature Max. 260 / Max. 10sec. (JEDEC 020) ESD Sensitivity Reverse Voltage 2,000 V HBM (JESD-22A-114-B) Not designed to be driven in reverse bias (VR 5V) Preconditioning Acc. to JEDEC Level 1 Product Name C 3535 L C0 L 1 - XXXXXX 1 2~5 6 7~ ~16 Code 1: Substrate composition, C: Ceramic Al 2 O 3 Code : Package size, 3535: 3.5*3.5mm Code 6: Product Class Code 7.8: Wavelength/CCT Class Code 6: Product Class L (Lighting) M (Pure color) Code 7.8: Wavelength Class Color rendering C0 Cool White CRI typ. 70 N1 Neutral white CRI typ. 75 W7 Warm white CRI min. 80 SN RN AN GN CN BN DN Super red ( nm) Red ( nm) Amber ( nm) Green ( nm) Cyan ( nm) Blue( nm) Royal blue ( nm) Code 9: Lens type, L: 125~140 degree, A: 90 degree, F: 65 degree 1

3 Code 10: Lens version Code 11~16: Internal code General Characteristics at 350mA (Tj=25 C) Part number Color Dominant Wavelength λ d Peak Wavelength λp * Correlated Color Temperature, CCT 2θ 1/2 Temperature Coefficient of Vf (mv/ C) Thermal Resistance Junction to Pad ( C/W) Min Max ΔV F /ΔT J RΘ J-P C3535L-C0 series Daylight 4750K 10000K 130/90/65-2~-4 8 C3535L-N1 series Neutral White 3700K 4750K 130/90/65-2~-4 8 C3535L-W7 series Warm White 2600K 3700K 130/90/65-2~-4 8 C3535M-SN series Super Red /85/55-2~-4 10 C3535M-RN series Red /85/55-2~-4 10 C3535M-AN series Amber /85/55-2~-4 10 C3535M-GN series Green /90/65-2~-4 8 C3535M-CN series Cyan /90/65-2~-4 8 C3535M-BN series Blue /90/65-2~-4 8 C3535M-DN series Royal Blue 440* 460* 130/90/65-2~-4 8 Notes: 1. The peak/dominant wavelength is measured with an accuracy of ±1nm 2. Typical CRI for Cool White (4750 K 10,000 K CCT) is 70. Typical CRI for Neutral White (3700 K 4750 K CCT) is 75. Minimum CRI for Warm White (2600 K 3700 K CCT) is 80. 2

4 Luminous Flux and Forward Voltage (Tj=25 C), 125 degree Performance at Test Current (350mA) Part number Color Minimum VF Group Luminous Flux (lm) Min Max Performance at 700mA Typical Luminous Flux (lm) C3535L-C0L1- A1G11H C3535L-N1L1- A1G11H C3535L-W7L1- A1G11H C3535M-SNL1- E1H11N C3535M-RNL1- E1H11N C3535M-ANL1- E1H11N Daylight Neutral White Warm White Super Red Red Amber NQE NRB NRC NRD NRE NSB NQD NQE NRB NRC NRD NRE NQB NQC NQD NQE NRB ND2 240* * ND3 280* * ND4 320* * NMC NNB NNC NND NMC NNB NNC NND

5 Part number Color Performance at Test Current (350mA) Minimum VF Group Luminous Flux (lm) Min Max Performance at 700mA Typical Luminous Flux (lm) NPB C3535M-GNL1- NPC Green A1GJ11H NPD NQB NND C3535M-CNL1- NPB Cyan A1G11H NPC NPD NJB C3535M-BNL1- Blue NJC A1G11H NKB NE1 400* * NE2 440* * C3535M-DNL1- Royal NE3 480* * A1G11H Blue NE4 520* * NE5 560* * NF1 600* * Note: 1. Luminous flux & Radiometric power is measured with an accuracy of ±10% 2. The forward voltage is measured with an accuracy of ±0.2V 3. For white, not all bins are available in all CCT. 4

6 Luminous Flux and Forward Voltage (Tj=25 C), 90 degree Performance at Test Current (350mA) Part number Color Minimum VF Group Luminous Flux (lm) Min Max Performance at 700mA Typical Luminous Flux (lm) C3535L-C0A1- A1G11H C3535L-N1A1- A1G11H C3535L-W7A1- A1G11H C3535M-SNA1- E1H11N C3535M-RNA1- E1H11N C3535M-ANA1- E1H11N C3535M-GNA1- A1G11H C3535M-CNA1- A1G11H Daylight Neutral White Warm White Super Red Red Amber Green Cyan NQE NRB NRC NRD NRE NQD NQE NRB NRC NRD NQB NQC NQD NQE ND2 240* * ND3 280* * NMC NNB NNC NND NMB NMC NNB NNC NND NPB NPC NND NPB NPC

7 Part number Color Performance at Test Current (350mA) Minimum VF Group Luminous Flux (lm) Min Max Performance at 700mA Typical Luminous Flux (lm) C3535M-BNA1- NJB Blue A1G11H NJC NE1 400* * NE2 440* * C3535M-DNA1- Royal NE3 480* * A1G11H Blue NE4 520* * NE5 560* * Note: 1. Luminous flux & Radiometric power is measured with an accuracy of ±10% 2. The forward voltage is measured with an accuracy of ±0.2V 3. For white, not all bins are available in all CCT. 6

8 Luminous Flux and Forward Voltage (Tj=25 C), 60 degree Performance at Test Current (350mA) Performance at 700mA Part number Color Minimum VF Typical Group Luminous Flux (lm) Min Max Luminous Flux (lm) NQD NQE C3535L-C0F1- Daylight NRB A1G11H NRC NRD NQC C3535L-N1F1- Neutral NQD A1G11H White NQE NRB NPD C3535L-W7F1- Warm NQB A1G11H White NQC NQD C3535M-SNF1- Super ND1 200* * E1H11N Red ND2 240* * C3535M-RNF1- NMC Red E1H11N NNB C3535M-ANF1- NMC Amber E1H11N NNB NND C3535M-GNF1- Green NPB A1G11H NPC NND C3535M-CNF1- Cyan NPB A1G11H NPC C3535M-BNF1- NIC Blue A1G11H NJB C3535M-DNF1- Royal NE1 400* * A1G11H Blue NE2 440* * Note: 1. Luminous flux & Radiometric power is measured with an accuracy of ±10% 2. The forward voltage is measured with an accuracy of ±0.2V. 3. For white, not all bins are available in all CCT. 7

9 Mechanical Dimensions Beam angle 125 Notes: 1. Drawing is not to scale 2. All dimensions are in millimeter 3. Dimensions are ±0.13mm unless otherwise indicated 8

10 Beam angle 90 Notes: 4. Drawing is not to scale 5. All dimensions are in millimeter 6. Dimensions are ±0.13mm unless otherwise indicated 9

11 Beam angle 65 Notes: 1. Drawing is not to scale 2. All dimensions are in millimeter 3. Dimensions are ±0.13mm unless otherwise indicated 10

12 Recommended Solder Pad Design Recommended Soldering Pad Design Recommended Stencil Pattern Design (Marked Area is Opening) Notes : 1. Drawing is not to scale 2. All dimensions are in millimeter 11

13 Relative Spectral Power Distribution, Tj=25 C White Royal Blue / Blue / Cyan / Green / Amber / Red / Super Red 12

14 Typical Spatial Radiation Pattern White Royal Blue / Blue/ Green / Cyan 13

15 Amber / Red / Super Red 14

16 Typical Forward L-I Characteristics, Tj=25 White Series / Blue / Royal Blue / Green / Cyan Amber / Red / Super Red 15

17 Typical Forward I-V Characteristics, Tj=25 White Series / Blue / Royal Blue / Green / Cyan Amber / Red / Super Red 16

18 Typical L-Tj Characteristics White Series 17

19 Blue / Royal Blue / Green / Cyan/ Amber / Red / Super Red 18

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22 Recommended Soldering Profile The LEDs can be soldered using the parameters listed below. As a general guideline, the users are suggested to follow the recommended soldering profile provided by the manufacturer of the solder paste. Although the recommended soldering conditions are specified in the list, reflow soldering at the lowest possible temperature is advised for the LEDs. T Minimum Solder Profile Maximum Solder Profile Recommended Solder Profile s min 30 s max ± s max 100 s max Ramp Down -6 /s (max) Ramp Up 3 /s (max) Time (sec.) Profile Feature Sn-Pb Eutectic Assembly Pb-Free Assembly Average Ramp-up Rate (Ts max to Tp) 3 C /second max. 3 C /second max. Preheat - Temperature Min(Ts min ) 100 C 150 C - Temperature Max(Ts max ) 150 C 200 C - Time(ts min to ts max ) seconds seconds Time maintained above: - Temperature(T L ) - Time(t L ) 183 C seconds 217 C seconds Peak/classification Temperature(Tp) 215 C 260 C Time within 5 C of actual Peak Temperature(tp) seconds seconds Ramp-Down Rate 6 C /second max. 6 C /second max. Time 25 C to Peak Temperature 6 minutes max. 8 minutes max. 21

23 Thermal Design Thermal design of the end product is important. The thermal resistance between the junction and the solder point and the end product should be designed to minimize the thermal resistance from the solder point to ambient in order to optimize the emitter life and optical characteristics. The maximum operation current is determined by the plot of Allowable Forward Current vs. Ambient Temperature. White Series / Blue / Royal Blue / Green / Cyan Amber / Red / Super Red The junction temperature can be correlated to the thermal resistance between the junction and ambient (Rja) by the following equation. Tj=Ta + Rja*W Tj: LED junction temperature Ta: Ambient temperature Rja: Thermal resistance between the junction and ambient W: Input power ( I F *V F ) 22

24 Packing Information C3535L.C3535M series (beam angle 125 ), Max QTY: 1000ea / roll C3535L.C3535M series (beam angle 90 ), Max QTY: 500ea / roll 23

25 C3535L. C3535M series (beam angle 65 ), Max QTY: 500ea / roll Cathode(-) Anode(+) Trailer 160mm (min) of empty pockets sealed with tape Loaded Pockets Leader 400mm (min) of empty pockets sealed with tape Note: All dimensions are in millimeter. 24

26 About Us TSLC Corporation is devoted to developing high-density, and multi-size emitters with powerful output to satisfy the needs of every customer. TSLC Corporation is the leader in LED solutions. Unlimited design flexibility for interior and exterior spaces with high-end lighting effect; energy-efficient for UV curing to improve the quality of medical care; horticulture solutions create a better environment for everyone; high-intensity rotatable lightings for the entertainment industry, TSLC is always there for your lighting needs. For further company or product information, please visit us at or please contact sales@ tslc.com.tw. ASIA PACIFIC 3F-1, No.8, Xin An Road, Hsinchu, Science Park Hsinchu City Taiwan Tel: Fax: sales@tslc.com.tw 25